SCIENTIFIC ABSTRACT SOKOLOV, A.N. - SOKOLOV, A.V.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-qOKOLOV, A.11,; LURIYA, A.R.; LECIITT'Yn' A.H. SIVIRNOV
RUBINSHTMII, S.L.;
A.A.; G0110BOLDI, F.N.; FOICHINTSKAYA N.A.; ZHEIKIII, N.I.;
IGIIATIYEV, Ye.N.; ELIKONIII, D.B.; uJUVICH, K.M.; GURIYANOV, Ye.V.;
LEYTES, N.S.; KRUTETSKIY, V.A. irini-ali uchastiye: FOIYAKOVIG.I.;
SMffAKDIY F.N.; TEPLOV, B.M., red.; VVEDENSKAYA, L.A., red.;
DRANETIKOVA, M.S., tekhn. red.
[PsychologyIPsikhologilia; uchebnik diia peda-gogichesi-ill-h institutov.
Pod red. "L.A.Srurnova i dr. Izd.2. Moskva, Uchpodgiz, 1962. 558 P.
(1-aRA 15: 11
1. Akader:iya pedagogicheskikh nauk RSFSR, 1~loscow. In-
stitut psikhologii.
(FSYCHOIDCff)

iJ- L
7r

k/7,
P. On an e astic- lastiF 0 of a plate.
~okoloy, A.
---BMZM-d7-A'Fad. Nauk 60, 33-36 (1948)-
(Russian)
The paper is concerned with'a state of plane elastic-:
plastic stress in a thin infinite plate with a circular hole.
The given state of stress at infinity'is assumed.to differ but
little from a state of plane isotropic tension. The "solution"
given in the paper corresponds to the first perturbation of
the rotationally symmetric case which would result from
plane isotropic tension at infinity. IV. Prager.
va NO
Sources Mathematical Reviews,

Aleksei Fellrovich, IFE"I
jr- fiell t~ieory- ne,,, =oblems- "Os'-Va, U'Osl
he clac..--ical
4-.2

SOKOLOV) A. P.
26426 Gazogenerator maloy moshchnosti dlya gazifikatsii mestnykh topliv. Trudy
in-ta teploznergetiki, (akad. nauk ukr. ssp) sb. 1, 1-949, s. 114-17.
SO: LETOFISt NO. 35y 1949

j ,~, 1-10.
Alel-Sei let"Ov-1, -, I-
j -, -
Cla~sical Ll~-eory of un7netic Iz6. 2. Cos. izd-vo telchnd-ko~--Lecret.
lit-ry) l9r~i. 4-,9 P. (51-38952)
1 r-) i~ 1 GO
QVDIX: . 19 1

SOKuDI)V, Aleksei P,~!t-ov ch, 18~31
Quantum theoi7l of the field; selected problems D!cskva, Gos. kzd-vo tekhniko-teo-
ret. lit-ry, 1952. 789 p. (53-24308)
QC174-1-s64
1. Quantum theory. I. Ivaner-ko, Dmitrii Dmitrievich.

124-57-1-923
Translation from: Referativnyy zhurnal, Me-khanika, 1957, Nr 1, p 127 (USSR)
AUTHOR: Sokolov, A. P.
TITLE: Approximate Solution of One Plane Problem of Plasticity Theory
(Priblizhennoye resheniye odnoy ploskoy zadachi teorii plasti-
chnosti)
PERIODICAL: Tr. Mosk. energ. in-ta, 1955, Nr 17, pp 142-150
ABSTRACT: Examination of the problem of the stress distribution in a
plastic zone about a circular opening in the case of plane deform-
ation. Along the contour I of the opening the nonuniformly
distributed pressure
co
p - Z~k fk(e)' 0,
CS k~ I Y 9
prevails, where and 0 are the polar coordinates, 07 is
the creep limit, pand ) are parameters, 99k( 6 ) are
Card 1/2 given functions. The de Saint-Venant creep condition is fulfilled

12-4- 57-1-92 3
Approximate Solution of One Plane Problem of Plasticity Theory (cont. )
in the plastic zone. The stresses are sought ;n the form of series according
to powers of 11 , as follows
0 + 5- Z ~(k 0), 77 k
s - Z "
f () 0s ~k
0 + :5- Z)k (
s /rk
N
The coefficients 'Pk' and //kare tied in with the creep condition by
rneans of some recurrent relationship. An integral form is established for
the coefficient Yk from the differential equations of equilibrium; '?k and
X k are then found from t?k' From certain assumptions relative to
Yk ( ?' 6 ) the convergence of the series (*) is demonstrated for suffi-
ciently small ) . As an example of an elastic'llastic problem, the case is
adduced when a pressure (7, p 07 cos 2 E) prevails on the
contour 1. Y s L. M. Kachanov
Card 2/23 1. Plasticity--Theory 12 - Plas-Licity--14athematical analysis
3. Approximate computations--Applicamions

124-1957-1-23
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 3 (USSR)
AUTHOR: Sokolov, A. P.
TITLE- On Various Aspects of the Equations of Static Equilibrium
(0 razlichnykh vidakh uravneniy ravnovesiya statiki)
PERIODICAL: Tr. Mosk. energ. in-ta, 1955, Nr 17, pp 239-248
ABSTRACT: Elementary proofs are offered for the well-known assumptions
relative to the conditions wherein six moment equations relative
to six axes are sufficient to determine the equilibrium of asystem.
Ye. N. Berezkin
1. Static equilibrium equations--Theory
Gard 1/1

SOKOLOV
Adjustment of gas pressure regulators at the "Ibagaz Plant.
Gaz. prom. no.9:40-41 S 158. ~WRA 11:10)
(Moscow--Pressure regulators)

f7 ~o~

SOV/124-58-11-1315Z
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 183 (USSR)
AUTHOR: Sokolov, A.-P. -, .-
TITLE: The Strength of Wooden Bars Under Central and Eccentric Com-
pression With Variously Prolonged Exposure to Loading
(Soprotivieniye derevyannykh sterzliney tsentrat'nornu i
viietsenLrennOMLI szhatiyu pri razlichnoy prodolzhitel'nosti
deystviya nagruzki)
PERIODICAL: Tr. Saratovsk. avtomob. -dor. in-ta, 1957, Vol 15, Nr 1,
pp 152-159
ABSTRACT: Bibliographic entry
Card 1/1

- SOKOLOV, A.P.
Power tests of models of adjustable-blade diagonal turbines by
!:1
means of compressed air. Nauch. dokl. vys. shkoly; energ.
no.2:99-106 158. (MIRA 11:11)
(Hydraulic turbines--Testing)

VIXTOROV, G.V.; SOKOLOV, A.P.
Wind tunnel of the hydraulic-machinery laboratory of the goncow
Power Engineering Institute. Nauch.dokl.vys.shkoly; energ.
no.3:3-12 158. (MIRA 12:1)
1. Rekomendovano kafedroy gidromashin Moskovskogo energeticheskogo
instituta.
(Hydraulic turbines--Models) (Wind tunnels)

- SOKOLOV, A.P., inzh.
Water testing of hydraulic turbine models with diagonally adjustable
blades. Izv. vys. ucheb*. zav.; energ. 3 no. 9:99-1o6 s ,6o.
(KLU 13:9)
1. Koiskovskiy ordena Lenin& onergeticheskiy institut. Predstavloaa
imfedroy gidromashin.
(Hydraulic turbines--Testing)

gr_A_m~Qw~-- glkf 4
L 62976-6a E-,,iA(k)/FBD/E'~IG(r)/E~4T(1)/F--EC;(kl-2/T/EF-C(b)-2/E'~IP(k)/EWn~(m)-2/ELiA(h)
ACCESSION NR: AR5019160 UR/0272/65/000/007/0007/0007.
UDC389!621.375.8:62i.3117.337.'
SOURCE: Ref. zh. Metrologiya i izmeritelinaya tekhnika. Otdellnyy vypusk, Abs.-.:-,q-j
7.32.51
Lei,
AUTHOR: Bonch-Bruyevich, A. Imas, Ya. A.; Sokolov, A. P.
TITLE: Elimination of parasite modes in induced emission lasers
CITED SOURCE: Zh. prikl. spektroskopii, v. 1, no. 1, 1964, 80-83
TOPIC TAGS: induced emission laser, parasitic trapped mode, crystal-surface
frosting, laser emission
TRANSLATION: The authors discuss a method:6 -iminatihg pa'
f-el rasitic oscillations on,
modes trapped on crystals inside the laser's working medium. It is proposed that
the Q-factor be reduced sharply for the cited modes by frosting areas of side
surfaces of the crystals. Experimental results and recommendations on selecting.:.
frosting techniques are given. Bibl. with 2 titles; 2 illustrations
SUB CODE: EGO OP ENCL: 00
Card

SOKOWV. Aleksandr Pavlovich, kand.tekhn. nauk, dots.; ZVEREVA,
- - - d. f fz. --~~tem.nauk dots., red.;
K,D., kan
(Spherical motion of a solid and elements of the theory of
the gyroscope] Sfericheskoe dvizhenie tverdogo tela i ele-
menty teorli giroskopa. Moskva, M-vo vysshego i srednego
spetsiallnogo obrazovaniia RSFSR, 1961. 97 p. (MIRA 16:6)
(Motion) (Gyroscope)

NAZAROV, L.S., inzh., nauchnyy aotrudnik; ZAY'FSEV, Ajop inzhoj,
witicbrryy cotridnik; SOKOLOV. A,..P,.., Inzh., nauchnyy sotrudnik
Rheostatic tests of the TE3 diaBel locomotive can be conducted
less frequently. Elek. i tapl. tiaga 7 no.3:10-11 Mr 163.
(MIRA 16:6)
1. Urallskoye otdeleniye Vsesoyuznogo nauchno-issladovatellskogo
instituta zheleznodorozhnogo transporta Ministerstva putey
soobshcheniya.
(Diesel locomotives-Testing)

SOKOLOV, A.P.
Neuro-vascular zones of the muscles of the extremities and their
significance in clinical practice. Khirurgiia, Moskva no. 7:44-48
July 1952. (CGLML 23.1)
1. Professor. 2. Of the Department of Topographic Anatoor an& Opera-
tiva Surgery (Head -- Prof. A. P. Sokolov), Molotov Medical Institute.

GINDIN, L.M., kand.khimicheskikh nauk; BOBIKOV, P.I., inzh.; SOKOLOV,
A.P., inzh.
Former indivisibles. Nauka i zhizn' 29 no-1:56-57 Ja '6Z.
(MIRA 15:3)
(Platinum group)

SOKOLOV, A.P., inzli-.
Illumination of the fagade of the former Kazan Cathedral in
Leningrad. Svototekhnika 7 no.2:1G-12 F 161. (MIRA 14:10)
1. Leningradskoye otdeleniye Vsesoyuznogo gosudarstvennogo
instituta. po proyektirovaniyu nauchno-issladovatellskikh
institutov i laboratoriy.
(Leningrad-Light-ing, Architectural and decorative)

-1, A.i
~u' -Lt Of wii.'i3 in connection with the
~~e w
,;--;~sledovatel sldiy irt, t, it Mf tYal'07 J gazovoy
,pr.D::,ysldoraios Li.

RYBACHOK, !.N., SHULIGA, P.M.; SOKOLOV, A.P.; PURIY, G.V.
IncrAnsing the Pff-icirney of sedimentation tanIcs in demuls-Ification
units by changing the design of the nipples for fluid inlet and
outlet. Nefteprom. delo no.2:31-33 165. (MIRA 18.5)
1, Volgogrqdskiy nauchno-issledovateliskiy institut neftyanoy i
gazovoy promyshlennosti; Volgogrndskiv politpkhnicbesk4y institut
i ZhIrnovskoye neftepromyslovop- upra~lpniy8.

VOLKOV, Pavel Vasillyevich; SOKOLOV, A.P., retsenzent; KALTHIK'OV.
Yu, A. redaktor; -MM I t. ~., `6khnicheskiy redaktor.
[Simple mechanical looms in the cotton industry and their
operation] Ustroistvo i obsluzhivanie prostykh mekkhanicheskikh
tkatskikh stankov khlopchatobumazhnoi. promyshlonnosti. Izd.2-oe
ispr. i dop. Mosk7a, Gos.nauchno-tekhn.izd-vo Ministerstva
promyshl.tovarov shirokogo potravleniia SSSR, 1955, 123 P-
(Looms) (MLRA 8%Ll)

- - - . i- .1. .I - , I I
I T
DIA'i~_D:CTTOVI. D.Lll.., i-'lC-LGfd:OVj L-BEDEV, A.V., ~_ELTIIIJJI S.
SMOLYAMIKIII, V.T., and SOKOLOV, A.P. (Acad. Sci. USSR)
"Slow Neutrons Scattering by Ortho- and Para-Tritium."
paper siibmitted at -the All.-Union Conf. on Illuclear Reactions in Medium and
Low EnerL-,j Physics, Moscow, 19-2'1 Now 57.

BEWNOGOV, A.V.; ZELIDOVICH, A.G.; KOIGANOV, V.Z.; LANDSBRRG. L.G.; IEBEM , A.V.;
NIKITDI, S.Ya.; SMOLYANIKIN, V.T.; SOKOLOV, Jt.P.
Photogranhic techniques used in large hydrogen bubble chambers. Prib.
i tekh. eksp. no.1:18-41 Ja-F '58. (MMA 11:4)
(Photography, Particle trnek)

.30V/120-58-11-61/30
AUTHORS -o V. Z.7 Lebo-dov, A. V. N----11, _1
ST-iolyanlAn, V. T. and Soizolov.A. P.
TITLE: A Liqai De-, BJ"~bLe Cha:7,17)er ~vaya 1:a-mera s
Zhirl.~-_J_-_j-, dt~y.':-~riye_.i)
FERIODDJAL: il e.~,s-.parimenta. 19-581 Nr 4, P 30 and
1 (U:-_33_1RL)
)~T_RAOT: D:,_ R-fj t-Ae au"
ull--rS `e:3=_bed a i -n dr o n b i fbb I
-a-,b -~r. --An je.
-4periment, described in the present article,was
made to diSCOWX ighe.. r, Ile r J` iS ~i-)osSj,)Je c-o use cteuterill-i as the
U
iotaid in 'U`he c1naoibc, T,~:io difficulties had to ,,-,--kept
in min. L_L__'~U if% v,,as ti, J_
5 -8 at "Lie Prf:%sance of P-active
U_ _L Ou-c-a-.1jun 110- _.D 10-0,011o) -.-;ould lead to a lar-e
0~' s~~or' ~racl-s in ~he 1-ouid and tlius -~Droduce a con-
,3ide-1-a-ble b a c',--~~r ~_-) tu-id on deuueriiua in a diffus-
U
4 ;)y1 C'.. ,- (~,~ 1j.,
-'Are bee- 1 recisely
i unsuccessfu ; for this reason
Re JC. Secondly, the critical Dressure of deutleri,.=1
(116. 5 is considerably hi.-_--her t"ian the critical -oressu_-e
for hydror--e-a (12.2D abr!-,). It; is ~..vell-`_novrn (Ref .3) tliat the

SOV/120-58-4-6/-3o
A Liquid Deuterium Bubble Chamber
normal superheating of the liquid is effected [takes place]
when the pressure in the chamber up before expansion is
equal to two-thirds of the critioal pressure. Thiscon-
dition may be easily satisfied if the chamber and the bath
is filled with liquid deuterium. However, if the bath is
filled with liquid hydrogen and the chamber with liquid
deuterium, then It is impossible to obtain pressures
greAter than 8 atm in the chamber. For this reason it
was feared that on expansion the superheating of the
deuterium would be insufficient and the liquid would be
insensitive to radiation. Experiments made to elucidate
all these points have shown that it is possible to use
deuterium as the working liquid in the bubble chamber
without qny special purification. The construction and
operation of the deuterium chamber is similar in'many
ways to that of the dydrogen chamber. The bath was.
cooled down to liquid nitrogen temperature and was f4 _1led
with liquid hydrogen. The chamber was then filled with
technical deuterium which was not specially purified to
j?emove tritium. The pressure in the hydrogen bath was in-
creased to 12.4 atm and was kept at that level. After the
thermal equilibrium between the chamber and the bath was
Card 2/~

SOV/120-58-4-6/30
A Liquid Deuterium Bubble Chamber
reached, an expansion of the working colume was carried
out. In the absence of radioactive sources in the
vicinity of the chamber no ti~acks or bubbles appeared
in the working volume. When a Co6o source was placed
near the chamber, pictures similar to that shown in
Ylg. 1 were observed after expansion. L.G. Landaberg
and N.I. Makarov are than)ced for their help in the
experiment. There Is 1 figure, no tables and 3 references,
2 of which are Soviet and 1 English. The authors also
express their thanks to B.N. Dmitr-Lvevskaya, director of
the hydrogen liqued actioa station of the Laboratory of
Nuclear Physics Probleno (Laboratoriya yadernykh problem)
of OIYAI, and to N.B. Delone who supplied rhe deuterium.
SUBMITTED: October 26, 1957
Card 3/3

VDOVENKO, V.14.; SOKOIDV, A.P. ____
Dissociation pressure of crystalline hydratea of uranyl nitrate.
Radiokhimiia 1 no.2:117-3-20 '50'. (AIRL 12:8)
(Uranyl nitrate) (Dissociation)

- - :1 , , , 11 "O"OU
i - I -- . ,. El.il.; " ;. -Ar , A. I
I - , ' ; I I - . , 1, .'Lr- ~; (,I,, ,!, 1-` ;'! ;", ;- ~lf,
(li: - itir. ., I,-v. A!; if-,. SSR, Ser. fiz.-mt.nauk no-511-2 .1619
~---
1. Al:a(le.-Aya nwiLk UzSS.
(Alkalies)
(ims-Scattering)

7 -7
SSR. Ser. fi2.-mt.nwjk no;5!5&61 161.

S11661611000100610041010
B102/B13,9
AUTHORs Arifov, U. A.,Academician AS Uzbekskaya SSR, Khadzhimukbamedov.,
Kh. Kh., Sokolqv,--A,. P.
TITLEs Thermal back-emission of K, Rb and Cs ions from Mo and Ti
targets
PERIODICAL: Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya fiziko-
matematicheskikh nauk, no. 6, 1961, 40 - 43
TEXTs When metals are bombarded by alkaline ions, some are scattered and
penetrate the metal. If the temperature is high enough (T*;> 12000K) these
ions will diffuse toward the surface, Depending on the ratio between the
work function of the metal and the ionization potential of the alkaline
atom, part of these ions will evaporate as neutral atoms and the other
part as positive ions. The latter are called "diffusional ions". The
ion back-em-ission corresponds to cathode sputtering, that of diffusional
ions to thermodiffusion. The authors measured the emission coefficient
Card V3

31063
s 16 61/000/006/004/010
Thermal back-emission of K, Rb and Cs ions ... B1 2YD138
Kd of diffusional ions, i.e. the ratio between ion diffusion current and
primary ion current, in dependence on the nature of the ions (K, Rb and
Cs) and on the target material (Mo and Ti)t in0the energy range
EO-140-1600 ev at a target temperature of 1500 K~ The experimental
arrangement has been described in (Arifov et al. ZhETF, 1954, 26,714).
Kd as a function of E0 is shown in Figs.2 and 3. In all cases K d
increases with energy, tending to saturation above 1000 ev. At E > 600 e-,,
0
the higher the mass and the lower the ionization potential of the ion, the
greater is the Kd value, while below 600 ev the inverse relations hold.
The ionization potential is not only inversely proportional to ion mass
and ion radius, but also to the number of diffusing ions. At 600 ev the
Cs ions have the highest and the K ions the lowest Kd value. The
penetration of alkaline ions into a metal, and their back-diffusicn to
the surface, depends in a complex manner on mass, radius, energy and
Card 2/3

22455
S/186/60/002/001/005/022
0 0 A057/A129
AUTHORS: Vdovenko, V.M.; Stroganov, Ye.V.; Sokolov, A.P.; Zandin, V.N.
Ueceased
TITIE: The structure of the hexahydrate of uranyl nitrate
PERIODICAL: Radiokhimiya, v. 2, no.'1, 1960, 24 - 31
TEXT: Using the method of Fourier series the authors determined the posi-
tion of the uranium particles in the crystal of uranyl nitrate hexahydrate from
x-ray data.and suggest a model of the crystal structure. Thisstructure is im-
portant,for extraction of uranyl complexes, because crystal solvates are very- X
similar to solvated ions [Ref. 1. Ye. V. Stroganov, S.N. Andreyev, N.I. Kozhina,
Vest. LOU, 10, 2, 109 (1958)]. On the other hand structural data are of interest
for the classification of this important group of complexes, and until the begin-
ning of the present investigations the structure of uranyl nitrate hexahydrate
was not determined. L. Pauling and R.G. Dickinson [Ref. 4: J. Am. Chem. Soc.,
46, 1615 (1924)] assumed space-group symmetry Dg - Cmem with uranium'in position
(c),[and y = 0.130. Making allowance for the principle developed by R. Kern et
al. Ref. 6: Bull. Soc. fr. min. et crist., 81, 4, 103 (1958)] the present au-
Card 1/10

22455
S/186/60/002/001/005/022
The structure of the hexahydrate of uranyl nitrate A057/A129
thors determined a space-grou C12
P 2v - Cmc (Y = 0.130, z = 0) with a quadruple reg-
ulated system of positions (a) for the uranium particles. The same space-group
was discovered already in 1957 by K. Sasvhri [Ref. 7: Acta Geologica Acad. Sci.
Hung., 4, 3, 467 (1957)] by means of a piezoelectric effect. In the present ex-
periments yellow-green uranyl nitrate hexahydrate.crystals were used with the
crystal form presented in Figure 1. The x-ray diffraction data were obtained
from Laue or Weissenburg diffraction patterns and oscillation photographs. The
structural data correspond to those obtained by Sasvhri (see Table 1). By pre-
paring the diffraction patterns using Fourier series and calculating the electron
densi-ty, coordinates for all particles were determined. From the obtained values
a projection of electron-density in the planes XY and XZ was plotted (Fig. 4).
Uranium particles have a T,000 maximum (see Fig. 4), while the 1,500 maxima cor-
respond to the water molecules, and the 1,800 maxima (in XZ plane) are due to"
oxygen of the uranyl group. From the difference between the Fourier series and
electroh density projections (Fig. 4c) the accurate distance between the uranium
particle and oxygen (in the uranyl group) was determi -ned as 1.90 � 0.13 L The
maxima -500 (Fig. 4c) and -1,000 (Fig. 4a) correspond to the oxygen of the No~
groups. The approximate coordinates are given in Table 2. The present results
indicate that the hexahydrate of uranyl nitrate represents an ion compound compos-
Card 2_/10

s/i86/6o/oo2/ool/005/022
The structure of the hexahydrate of uranyl nitrate A057/AI29
ed of aqua-complex cations U02(H20)612+ and NO~ anions. Thus the chemical for-
mula should read IU02(1120)6~(NO3)2' The oxygen atoms of the nitrate group are in
the vertex of an equilateral triangle (side length 2.66 1). In the basis of the
complex [U02(H20)6 2+ ions there is'a linear uranyl group. The distance uranium
- oxygen is here 1.90 4. Two possibilities for the distribution of the water
molecules are studied by the present authors. First variant: According to the
data of Fourier series and table 2 the maxima of the electron density indicate
that-the water molecules 2, 3, 5 and 6.(Fig. 5) lie in a plane parallel to the
equatorial plane at a distance of 0.3 A, while the water molecules I and 4 are in
an equal plane on the opposite side of the equator. The distance between 2 - 3
and 5 - 6 is 2.82 A and between I - 2, 3 - 4, 4 - 5, and 6 - I it is 1.90 L The
second, idealized,.variant: This distribution is represented by the rotation of
the water molecules 2, 3, 5 and 6 around the uranyl axis, assuming an equal dis-
0
tance of 2.30 A between the water molecules. The fact.that this distance is
smaller than theiradii of.two water molecules (= 2,66 ~), can be explained by the
strong deformation of the water molecule caused by the uranium field and forma-
tion of bonds between the molecules. Both proposed distribution variants are
similar to the structure of uranyl aqua-complexes presented by I.I. Lipilina and
O.Ya. Samoylov [Ref. 10: DAN S33R, 98, 1, 99 (1954); Ref. 12: DAN SSSR, 122, 2,
Card 3/10

22455
S/186/60/002/001/005/022
The structure of the hexahydrate of uranyl nitrate A057/A129
238 (1958)]. Equatorial distribution of particles around the uranyl ion was ob-
served in other uranyl complexes by W.H. Zachariasen [Ref. 8: Acta Cristallogr.,
7, 795 (1954:)]. The NOj ions form a reticulated layer parallel to the XY plane,
while the [U02(H20)~2* cations form linear chains parallel to the Z axis. The
axial directions of the uranyl groups are in a plane parallel to YZ under an angle
of N37* to the Y axis. Each IU02(H20)612+ cation is surrounded by 12 No~ ions
and 6 cations have one--anion in common. The distance between the uranium atom
and the water molecule in the aqua-complex cation was determined as 2.2 A. Cal-
culations of, the spherical volume give a value for the packing coefficient of
Kspherical = 46.5%. Thus it is very likely that heating of-the crystal-causes
rotation of the NO~ groiips, and the following revolution around the axis vertical
to the-triangle (formed by this group). There are 5 figures, 2 tables and 12
references: 4 Soviet-bloc and-.8-non-Soviet-bloc.
SUIBMITTEDt July 2, 1959
Card 4/io

23872
A/18 61/003/001/005/020
A051YA129
,2/, J/00
AUTHORSs Vdovenko, V.M*q Stroganov, Ye-V-9 Sokolov, A.P.
TITLEa The structural investigation of trihydrate and dihydrate uranyl-
nitrate crystals
PERIODICALs Radiokhimiya, v 3, no.1, 1961, 19-23
TEXTg The authors have developed a method for taking roentgenograms of the
single crystals of hygroscopic substancea and have produced UO2(NO )2-3H 0
and UO2(NO3)2*2H20 crystals. The main oharaiteristics of the uranMitrite
trihydrate and dihydrate lattioe have baen establishad. The oresent-
article deals with the fi:rst half Qf a StUdy C;f tbe aqua-complex compounds
of uranyl through the structural inve!:Uga-tlon oz7 trihyJrate and dihy-'trata
of uranylnitrate. The authors prove that -~ranylnitrate dihydratP belong$
the monorlinic syngony :rather than to the r1u)mbi.-i syngony assumed by Vasill-
ye7 (Ref- 5). The UO 2(N0 3)2*3H20 aingle -~,rys*als were produced aocording to
Colani's method (Ref. 6) by evaDorating and cooling uranylnitrate solutions
Card 1/5

A/18 61/00-3 //0C1/005/020
The structural investigation of trihyd:,a.;_- A051YA129
containing nitric acid from 36 to 53/-~ UU,k~fO -~if 0 single ,,ry,3taj.,u Were
,,2j'r2
produced by dissolving finely-i~rystalllne U'ran n '. at- dihydrate in 98%
HNO while heating slightly. Fig 1 is a diag,-arr, ),17 th(- apparatus used for
phoiographing the cryatals. Lauegrams and of osoillati.,~-ns
were taken using the KPO H -2 (KRON-2), PKe (RU); P K 0 JI (RKOP) and ( , -25(S-25)
type chambers. Dejongograms were obiained on a rot_,ntgenogoniometer according
to De Jong. Weiseenbergograme were taken on I -P-1 (RGIK-1) and S-55 roent-
genogoniometers. Roentgenograms of all types were t-:ikan on tubes with nopper
anticathodes, excepting certain lauegrams taken on silver emission. The
computation of the a- and 13-angles for the tr-1hydrate of uranylnitrate was
conducted by using the dejongograms according to Bux-ger's method (Ref 7) of
,the "displacement" of planes. Angle T was computed according to the formulat
003 'f = 008 OL'CO8 P -sin aosin P ocos7 , obtained by studying the elementary
triclinal cell and the plane of the reverse lattice normal to the side a.
Burger's formula (Ref 7) is said to be more complex. The crystallographic
investigationsof the dihydrate of uranylnitrate were conduoted on a bi-
-annullar goniometer (Federov). The obtained coordinates of the planes and
the corresponding hkl indices are given in table 1. The dimensions of the
Card 2/5

The structural investigation of trihydrate ...
Figure 1:
Quartzite ampoule with crystal
prepared for photography:
1- quartzite ampoule, 2- crystal,
3- glass thread, 4- plastilene,
5- investigated substance,
6- Mendeleyev paste.
23872
S/186/61/003/001/005/020
A051/A129
Card 4/5

ARIFOV, U.A., akademik; KHADZHIMUIOIAMEDOV, Kh.Kh.; SOKOLOV, A.P.
Thermionic secondary emission of K, Rb, and Cs ions injected
in Mo and Ti targets. Izv. AN Uz. SSR. Ser.- fiz.-mat. nauk
no.6:40-43 161. (MIRA 16:12)
1. Akademiya nauk UzSSR.
'leI

ARIFOV., U.A., akademik; KHADZH-TMUKHAMEDOV, Kh.Kh.; SOKOLOV, A.P.; KARIMOVA, M.
Thermionic secondary emission of alk-ali ions injected in targets
of different densities. Izv. AN Uz. SSR. fiz.-mat. nauk no.6:
44-46 61. (MIRA 16:12)
1. Akademiya nauk UzSSR.

VDOVENKO, V.M.; STROGANOV, Ye.V.; SOKOLOV, A.P.; LUNGU, G.
Structure of uranyl nitrate dihydrate. Radiokhimia 4 no.1:59-.66
162. (NIRA 15:4)
(Uranyl nitrate)

VDOVENKO, V.M.; STROGANOV, Ye.V.; SOKOLOV, A.P.
Structure of uranyl nitrate trihydrate. Radiokhimiia 5
n6.1:97-103 163. (MIRA 16.2)
(Uranyl nitrate crystals)

F
L-61335-65 Pab-19/Pr-oh/P6b AT
ACCESSION NR: AR5014419 UR/0O58/65/OO0/oO4,/HO60/F,060
SOURCE: Ref. zh. Fizika, Abs. 4Zh361
AUTHORS: Arifov, U. A., Khadzhimukhamedov, Kh. Sokolovp A. P.; Yunusov, A*
TITLE: Investigation of the dependence of components of GLecondary ion emission on
the propertico of the ion and of the target,
CITED SOURCE; Dokl. AN UzSSR, no. 4, 1964, 1.4-r(
TOPIC TAGS: ion emission, secondary emission) scattered ion, evaporated ion, dif-_
fused ion
TRANSIATION: The following three compon ents of secondary ionic emission were in-
vestigated: scattered, evaporated, and diffused ions, obtained by bombarding
heated targets (w, Mo, Ta, and Ki) with ions of Li , Na+, K, and Cs+ in the energy:
region E = 75--160o eV. The measurements were made by an oscillographic double-
modulation method (RZhFiz, 1959, No- 8, 18298) in vacuum in the experimental instru-
ment amounting to - lo-7 mm lfg. It is shown that the coefficients ofthescattered)
evaporated, and diffused ions exhibit a complicated dependence on the ionization po-
tential of the bombarding ions and on the work function of the metal. R. Rakhimov.
SUB CODE: HP ENCL: 00
L __V_3

SHCHERBAKOV, V.A.
ALF, ANDROV, N.M.; VDOVENKO,, U\f.; �04Q
Nuclear magnetic resonance of the crystal hydrates of uranyl
nitrate. Zhur.strukt.khim. 4 no.5:762-763 S-0 163. (MIRA 16-..U)
1. flauchno-isaledovatellskiv fizicheskiy institut Leningradskogo
gosudarstvennogo universiteta i Radiyevyy institut imeni V.G.Khlop-
kina AN SSSR.

Fi.-IGER., GJ.,~ KOLGAFOV, V.Z.; LEBEDEV, A.V.; SMOLYANKIN, V~T.? SOKOLOV,Ml.
Construction of I!quid-hydrogen bubble chambera; a survay.
Frib. I tekb. eksp, 9 rlo.3a3-25 My-49 I &~ (MIRk 182i)

L 26128-66 EW T (M) / 30 ( tDIAAP/IJP(c)
ACC NR% AP6015809 SOURCE CODE: uF-7086/667oo/om/o4
A
AUTHOR: Aleksandrav., Ye. B.; Sokol_M . P.
ORG: none
TITIE: Orientation of Cd"' nuclei by 3261 A resonant radiation
SOURCE: Zhurnal eksper enilln skoy fiziki.' Pistma v
im redaktsiyu.,
a oy i teoretiche
Prilozheniye, V. 3, no. -10, 1966, 419-422
TOPIC VQS: cadmium, 1wperfine structure, resonance line, light ~_-xcjtation, reso-
13AMce line, line splitting
ABSTRACT: The authors have obtained appreciable orientation of Ce3-1 nuclei in
Vapor at a density on the order of'i03-4 cm73 with the-aid of circularly_polarized~
3261-Ao light. The method of orientation is similar in its main outlines to that
used by the Kastler-Brossel group for odd mercury isotopes (Compt. rend. Acad. Sci.
V. 249, 77, 253, 1959). The orientation of the cadmium was realized in a setup
(Fig. 1) in which light from a high-frequency cadmium lamp was passed through a
circular polarizer to a cuvette with Cd,113- vapor, saturated at 240C. The transmitted
light was passed through a gas filter filled with Cd114 vapor, which selectively ab-
sorbed the hyperfine component F - 3/2 of the 3261 A resonance line, thus increasing
by several times the dependence of the brightness of the transmitted light on the
state of orientation of the nuclei. The transmitted light was registered with a
photoreceiver. The presence of orientation was established by means of a nuclear res-.'
onance signal. To this end, an alternating magnetic field (4.8 has) perpendicular to
Card 1/2

L 26128-66
ACC NR; AP6015809
Fig. 1. Diagram of experimental setup. [Nil
1 -- Cadmium lamp, 2 -- polarizeri, 3 00, CAf
cuvette, 4 gas filter.. photo- (b
receiver. ~E
3
Get t
MOIP
ycujlu
Me.0
4 5
the light ray was applied to the euvette. The constant field of variable intensity
was directed at an angle of 450 to the light-beam axis. With such an arrangementy
the magnetic resonance was accompanied by modulation of the transmitted light at the
alternating-field freqiwnay, and this served as the resonance signal. A distinct res-
onance signal withhalf-~width of several cps in a field of 5-2 oe, was observed ap-
proximately corresponding to the published value of the nuclear moment of Cd"K The
signal exceeded by two orders of magnitude the noise level-, the receiver bandwidth
being approximately 1 cps. The authors plan to investigate in the future the charac-
ter of the relaxation processes in the system and to attain a more complete orienta-
tion of the ensemble. The same method can be used to orient 0113. The authors t~~_
M. P. gy~yka for help with the work an~ A. M. Bonch-Bruyevich for support and interest.,
SUB CODE: 2o/ Sum DATE: 11 mar66/ OTH REF - 005
Card 2/aj,~

SOKCLOV, A.S. , (Moskva)
Current tasks in mechanization nnd the provision of equipment for
phnrmnctas. Apt.delo 7 no.2:7-9 Mr-Ap 159. (MIRA 11:4)
(PHARMACY)

GUBOCHKINA, I'*K.; SOKOLOV9 A.S. (Moskva)
Introduction of minor mechanizA#on in drugstores &Ad drug enter-
prises. Apt. delo 9'no-3:3-7 flp-Je 160. (MIRA 140)
(DRUG INDUSTRY)

GUBOGHKINA, I.K.; SOKOIAN A.S . MELINICHEEKO, A.K., otv. red.;
t4
!YUDKOVSK_ffi~,_~:~4_..,, red.
[Manual of basic directives in pha-mmacy] Spravochnik osnrv-
r3ykh rukovodiashchikh dokumentov po aptechnomu delu. Otv. red.
A.K.Melinichenko. Sost.I,,K.Gubochkina, A.S.S.Sokolov. Moskva,
Vedgiz, 1962. 514 p. (MIRA 15:7)
1. Russia (1923- U.S.S.R.) Ministerstvo zdravookhraneniya.
(Pharmacy--Laws and legislation)

SOKOLOV. A.S.
Intracutaneous reaction with gonococcal antigen as a method for
diagnosing gynecological diseases of gonorrheal etiology in a mad
health resort. Trudy Inst.kraev.pat. AN Kazakh.SSR 1:55-60 '52.
(GONORRMU) (MIRA 10:2)
(ANTIGINS AND ANTIBODIES)

SOKGLOV. A..S.; ZABOZLAYEVA, T.I.
Possibilities of establishing a mud therapy resort in the region of
Lake 3dillbay-Sor (Bol'sheq Solenyy Sokry!). Vest.AN Kazakh SM 10
no-2:57-60 F 153. NUA 7:4)
(Bol'shoy Solenvy Sokryl-Earths, Nedical and surgical uses of)
(Earths, Medical and surgical uses of--Bollshoy Solenyy Sokrvl)

Vtond:tioned reflex variation of the level of blood sugar
under tho action of mud bath techniques. A. S. 9nkolov.
kvcs,'. Akaj. Nauk Wazakl- No, i-3`o-,-tI-JP7
Ifed.Nlo.4,2443(1054)(inRu.,~s'ian).-ApplicationofmediL-
inal mud leads to a reflex type of blood sugar rise to a ruax.;-I
followed by a declint to norina! within 5-7 hrs. After a
course of !mid hath tre-atments the cor6cal componert of
this effect Li Avell de- ned'and mpm--cnts a form of a con-i
d' cd reflex. G. hl. Kosolapoff i

SOKOLOV, A.S.
gynecological diseases at the Shchuchinskiv health resort.
Trudy Inst.Xraev. pat. All XszBkh SSR 5:74-79 157. (MIRA 11:2)
(GYNECOLOGY)
(511CHUCH114SK DISTRICT-RATHS, MOOR A11D HUD)

SOKOLOV, A.S.
Penetration of
Intact skin of
96-109 '59.
(BATHS,
chemical substances from therapeutic rnuds througgh the
a rabbit. Trudy Inst. kraev.pat. AN Kazakh. SSR 7:
(MIU 13:3)
MOOR AND MUD) (SKIN-P-ERIMABILITY)

ZHZIISZNIKOVq I.G,j kand.med.nauk; SOKOLOV, A.S.2 kand.med.nallkv starshiy
nauchnyy sotrudnik
S.I. Zamiating oldest health resort specialist of Kazakhstan; on
his 60th birthday. Vop. kar.2 fizioter. i lech. fiz. kul't. 25
no. 6:568-569 N-D 16o. (MIRA 14:2)
1. Zav.otdelom kurortoterapii Instituta,krayevoy patologii (for
Zheleznyakov).
(ZAMIATIN, SERGEI IVANOVICH~ 1900-)

S ~q E, 0 ~,, 11) v 5 A ~ S -
S~ructll7a of cp the
- I . k 1.1i C-,,
- In
of the family Scltu-idae. vrudy zool~ inst. -,-z:
28 3-3-18 164. (,%f 1 --tA " -, , " )

Kj-EB.* 1407A , Ye. A, S KOE. A. S.
0 ov)
-choozica-I P-na lanctiong-I chara,-,terislt4~~.g c' -.he 'ocom3Tc,-'flm
C,
in saiga and gc;i*.;-,.-ed gazelle. Trudy, Zool in9t. 33z3lO,--3./+B 164.
(MIDU 1?: 71

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it.
n-
00
Yhe use of chfunip astanosta I'vitits for lining rotary
0 content kilns A.
Aklm. Kefer.d. /A., 39.10. %,, -I. 1'v - -00
1-114. . 41, 1. u-1 It'. 1-1m, Ill.,
and it, ltral Ill.- uw,4 ti-, titutlistmg l"m-Iii
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I wearks. A. S. SAWITY. Prow. StowilW, Mairrial.
1
2. No. 9, of unburned chrornite,
milmrsved chrottle-tuagne4te and dunitt brick proved to
Iw nkxv "aant (Ina thuft a( tak- and chruntite rtfrac-
imim with A" crruent bintlins. the latter are nnwc
mmst ant than ustsal efinker-cerne"t linings. It. E. S.
ALLUAGOCAL LITINATLINE CLASUPICATIC"
111OW .19 aft. M
It , I
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Olo*
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400
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tt Go~

00
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Combination Holing of rototry kilns. A- S.
kr.,,.d~ I'se-l"Yas. SnvjAwAaxiyg Zarud.--f;ih- 1-temesol.
3. 10-74(19~3). -1-hp chief phrictwhron. Lictors
afferfing weur In v,.in(xs.% vvtionq are A1141 Nuit-
able rdrictorim and their Swulocrtirsarr li~frd.
It. Z K.&Inich
44TALLMSKAL LITINAT4111 CLAISWKATIO*
%viaw Nit'v.9 W 8311noli
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goo
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woo
lee
goo
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we*
I
An L S I Flo 0 N I I V 0 9 A 0 3 4 T
000000000000060000

PRYANISIINIKOV. Vadim Pavlovich,.kandidat takhnicheakikh nauk; SOKOLOV
A.S., redaktor; BARSKOV. I.M., radaktor; LYUDKOVSKAYA, . .
tekhnicheskiy redaktor
[quartz glasaj Kvartsavoe stekloo Pod red. A.S.Sokoloya. Moskva.
Goo. izd-vo lit-ry po stroit. materialam, 1956. 79 p. (MLRA 9:11)
(Quartz) (Glass)

72-11-4/9
AWNIOR: z3okolov, A.S. , Gencral Manager
'TITLE: The State-Owned ordena Trudovogo Krasnogo Zna-meni Porcelain
Factory imeni Lomonosov (Gosudarstvennyy ordena Trudovo.go Kras-
nogo Znameni farforovyy zavod imeni Lommosova)
PERIODICAL: Steklo i Kera-mika, 1957, Nr 11, pp. 12 - 13 (USSR)
ABSTRACT: This first Russian porcelain factory has been existing for 200
years already; it was founded and built up by an important
scientist of that time (D.I. Vino,radov) who used as basic raw
materials the clay from Gzhel and the quartz and the alabaster
from Olonets. In the be.-inning of the 19th century the factory
has been transformed into an enterprise of the Imperial court
and lost its fertile connection with the Academy of Arts. During
the war years 1914 - 1917 the factory was necessarily changed
flo technical porceldn: Laboratory porcelain, fire-proof porce-
lain tubes, pyroscopes and spark plugs formrs. Then the pro-
duction cf optical glass started for the first time in Russia.
In 1918 this factory was handed over to the people's commissary
for education and in 1919 the first State Institute for the
Card 1/2 Research of Ceramics was opened. In 1921 this factory was hand-

AUTHORS: Pryanishnikov, V. P#, and Sokolov, A. S. 72-12-2/14
TITLE; Production and Application of -,uartz Glass in the USSR (Proizvodstvo
i primeneniye kvartsevogo stekla v SSSR).
PERIODICAL: Steklo i Keramika. , 1957, Nr 12, pp - 6-8 (USSR)
ABSTRACT; This glass is very often used in economics due to its excel-lent physis
cally-chemical properties., and has contributed to the solution of a se-
ries of important scientific-technical problems. Its production was
started only in tha first years after the October Revolution. In 1.919
the experiments with the production of various products of quartz glass
were started in the State China- and Glass Works (at present.4 "imeni
Lomonosov"), as well as in the Ceramic Institute which was in the same
territoryj under the leadership of Me S. Maksimenko and N. N, Kachalova
As the result of meltings in the vacuum compression resistance furnace
transparent sheets with the measurements 2oo x loo x 15 mm of satisface,
tory quality were obtained and samples of chemical table wares. produ-
ced of it* In 1924 experiments with the drawing of tubes of nontranspaw
rent quartz glass were started in the Gorno Metallurgical. Laboratory
(engineer Be X, Ibakh). In 1932 the works imeni Lomonosov started as
the first with the industrial output of tubes and other products of non-
Card 1/2 transparent quartz glass* In the time from 1934 to 194o the quartz la-

SOKOLOV, A.S.
Lomonosov Porcelain Factory. Vop.ist.est.i tekh. no.12:21~3-
239 162. (MIRA 15:4)
1. Direktor farforovogo zavoda imeni M.V.Lomonosova.
(Porcelain)

Gert a 1n es --*, n struc',-ire a n.--, iotr-' ',ut-* C-n of s-1-1 --n- a:7
Discusses fundamental laws for the distribution and geological structure
of sedimentary deposits of native sulfurs in the light of predicted general pecularities
of sedimentary formations. Mentions importan 1.
t pecul,~trities of subjecy formations and
of deposits of useful zKkzrtjd minerals. Presented by D. S. Belyankin.
256T93
-thly Ldst of Aus--ian Accessions, Lil~rary of ConE esS

SOKOLOV
Geological regularities in the occurrence of sulfur deposits.
Biul.KOI.P.Otd.geol-31 no-3:108-109 W--Te '56. (NLU 9:12)
(sulfur)

6C~KOL07,,', A. S. Doc Geol-Min Soi -- (diss~
~ 0
dil ributi.,)n of sod-InEint,pry deposi+ - f
:1~(,i jjj, 'All!e "Iniv i, :,.,. ";,. 11,0;1~ollorov),
-workz;, p ~9 (ti t iti,z) ("u, 99)
1 1 t
" Ge.o 1 o ~~ic n, 1,of thle struic-t,=e
It "
!~-tw $, I' Ull. -!Os,
r, , "- 1 Su A
-;.oooo ios, lAs t"I' ntlfl~ot-ls
-22-

SOKOUR, A. 6. Cqnd 6e&l-%,Un Sci -- (diss) "Geological lavs of the structure
and distribution of sedimentRry deposits of native sulfLx." Mos, 1958. 20 pp
(Mos State iniv im M.'V. Lomonosov), 110 copies. Id st of author Is works, p 20
(11 titles) (KL, 14-58, 111)
-29-

SOKO.LuV. A.S.
Geological structure and distribution of sedimentary native sulfur
deposits. Lwith summary in Anglishj.Sov. gaol. no. 5:80-103 MY 158.
(MIRA 11:10)
1. Gosudarstvannyy nauclino-issledovatell9kiy institut gornokhimi-
cheskogo syr1ya. (Sulfur)

SOKOIA)VO A?S
Basic geological characteristics of the distribution of sulfur
deposits. Geol. sbor. [Lvov] no.5/6:572-576 '58. (I-aRA 12-10)
l.GosudarstvenW nauchno-isaledovatellskiy gorno-
khImicheskogo syrIya, Mosk7a.
(sulfur)

SOKOLOV, Andrey Sergeevich, for Doct~r of Geolim&ieal -a" Minwalegisal,
Sciesedw on the basis of Iftr dissertation defended 6 MarW_1-959 in
Staie
Un vers y,~Order of Lenin and Order of Red
Council of AIN Moscow
Banner entitleds "Geological laws governing the
structure and distribution of sedimentary deposits of native sulphur."
(MTViSSO USSR, 2-61, 17)

SOKOLOV) A.S.j MENKOVSKIY, M.A.; BORISOV) V.M.; SERGEYEVA, N.A., redo izd-
va; IYERUSALIKSIMA, Ye.S., tekhn. red.
(Industryrs requirements as to quality of mineral raw materials]
Trebovaniia prozy&lennosti k kachestvu minerallnogo syrliaj
tpravochnik dlia geologov, Izd*2#j perer. Moskva, Gos. nauchno-
tekhn. izd-vo lit-ry po geol. i okhrane nedr. No.4~. (Native sulfur]
Samorodnaia serao Nauchne redo V.M.Borisov. 1963.0 42 P.
(MIRA 14:11)
1. Moscow. Visesoyuzgy7 nauebno-issladovatel8skiy inotitut mineral'-
nogo syrlya. (Sulfur) '

KAIMYKOV A.F.; SOKOLOV A.S. TUSHINA, A.M.
.1 - P
Mau-Coe apatite deposit in Vietnam. Trudy GIGKHS no.7:139-191 162.
(MMA 16:5)
(Vietnam, North-Apatite)

NARCHEROHVILI, O.V. (rbilisi); SOKOLOV~ A.S. (Moskva)
Cave phosphorites of Java. Friroda 52 no.2:90-92 263.
(MMA 16:2)
(Java-Phosphorites)

SOKIUI
a s n a -v e iu I -u
kf,.fnil.c~ie skoj~ o, ~,y r 'yE

I'-,TIIC6YAI,I, Yu.,S, ~ SOKOLOV, A. T.
Attacl=--nt to an electromanometer for continuous measure-
ment of arterial and venous pressure during operations. Grud.
kh-ir. 2 no.1-115--117 Ja--F 160. (MIRA 15:3)
1. Iz hwtltift,~,. grudiloy lchirurgii AMN =11 (dir. - prof.
A.A. Busalov, mur-hnyy rukovoditell - akademik A.N. Bakulev).
Adre.s a-vtorov: Moskva., Leninskiy prosp.,8, Institut grudnoy
,Idiij~urgii V-DI SSSR.
(SPHYGMOM&NOICTER)
(BLOOD PRESSURE)

I
C"i * c 1, ( ~V ,~. 0.
36218 SCIEOLOV, A. S. I ijTIi-.Y-m*i~,(jV.',, r. A.
Pryadeniye shtapel'nogo voloknit. Tekstil. prom-st' , 1949, No. 11, 9. 14-16
SO: Letonis' ZhurnallmTkI, 'tatey, No. 49. 1949

SOFOLOV, A. S.
SCHOLOV, A. S. --"Certain Functional-Morphological and Age Pecularities of the
Ladoga Seals in Connection with the Aquatic Mode of Life." Leningrad State
Pedagogical Inst., Leningrad, 1955. (Dissertation for the Degree of Candidate
in Biological Sciences)
SO: Knizhnaya Letor~isl, No. 35, 1955

SOKOZOV, A.S.
Characteristics of the caliber and distribation of certain blood
vessels in aquatic (seal) and land (dog) mammls. Arkh.anat.gist.
i embr. 37 no.12.-27-34 1) 159. OCIRA 13:3)
1. Laboratoriya funktaionallnoy morfologii chelovska i shivotnyich
(zav. - kand.biologicheakikh nauk Te.A. nebanova) ZoologicheakMv
instituta AN SSSR iment P.1, Lesgafta,
(BLOOD VISMS anat. & histol.)

SOKOLOV, Aleksandr Sergeyevich; GORLANOV, I., otv.red.; FILIPPOVA, E.,
__.. - A., telchn.red.
[Financial work of an industrial enterprise] Finansovaia rabota
na promyshlennom predpriiatii. Moskva, Gosfinizdat, 1959. 147 P.
(MIRA 12:12)
(Russia--Industries)

15,11,py i
e ktriches.',(,iYe
ii I *,y ele
;Wtcmob' n atLls') "Lzd.
ts and i-ighting ap.-a-
lectric liuh
195b ta -
igrs ble--.
ding -.1
otnotes.
libliographical f0
a
17
14-,.25
.66
156
1 1 torribile
etitei,nT.fe pribory ou
obv . I llos'j~.va :,lino-
i isp.r. clOP -
2. 9

SOKOLOV, Anatoliy Sergeyevich; GOLIBERG., GJ., red.; NALIKOVA, N.V.,
[Lan:ps and lighting devices for motor vehicles] Avtomobillnye
i osvetitellnye pribory. ~zd.3.., perer. Moskva, Ilauchno-
4~ kbn. izd-vo 11-va avtorobillnoko transp. i shosseirWkh dorog
Le
RSFSR, 1961. 80
(MIRA 15:3)
(Motor vehicle s-Lighting)

SOKOLOV, A.S. (Moskva)
Unusual dammed lakes in Afghanistan. Priroda 45 no.4:84-85 Ap '56.
(MLRA -9 -- 7)
1.Gosudarstvenny7 nanchno-issladowatellski.7 institut g6rnokhIsichav
skogo syrIya. (Afghanistan--Lakes)

SOKU01, A.S.
Materials on the biology of the Ladoga seal (Phoca (Pusa)
ladogensis Nardq.) Uch. zap. Ped. inst, Gerts. 179:97-112
(kTIIA
hispida
'58.
16:5)
(Ladoga., Lake-Seals (Animals))

SOKOLOV, A.S,
Application of impullse flash lamps in the cinematographic study
of animal motion. Zool. zhur. 42 no.3:462-466 163.,
(KIRA 17:1)
1. Laboratory of Functional Morphology., Zoological Institute of
the Academy of Sciences of the U.S.S.R., Leningrad.

IVANOV, Mikhail Vladimirovich; KUZNETSOV, S.1.t otv. red.; SOK4 V,
.-Q
A.S., red.; SIMICF-MIKO., G.N., tekhn. red.; RYLINA, Yu.V.,
tekhn. red.
[Hole of microbiological processes in the genesis of native
sulfur deposits] Roll mikrobiologicheskikh protsessov v ge-
nezise mestorozhdenii sarnorodnoi sery. Moskva, Izd-vo
"Nauka," 11)64. 365 P. (MIRA 17:3)
1. Chlen-korrespondent All SSSR (for Kuznetsov).

crizans in the f,-7 n- S.:.-,17
volans I,') as re-la-ted tD i ts gliding
r, c- 6'~ 902~-Q 16 '65. ;u 1,3 1 o
.L. in3tlitut PN SSSP lenirlgz-~?.d,

I" ~, 0
11,11,; kki~ d. vtjj. - c-r.(-ri3j.IJ,.h i auk; OILOVS ASVO
I
Velocity locaes of ship.; undon ttm arfact or hydramtearologiftl
ccerAiticy-.s, Thform, aboro TWIDIF t~oo IP.O* &-idowsho I f3viazf
'v
fic.. 2/sV-47 #64 (mipul 1913L)

SOKOLC,'V,, A.V.
Investigation of the loss of inforirAtion and of information
noise in descriptor information storage and retrieval systems.
NTI no.12:23-28 165. (MIIRA. 19 -, 1)

SOKOLOV, A.V. (7.aporozhlye)
Method for bringing the main pancreatic duct to the surface of
the skin. Pat.fiziol.elmp.terap. 4 no.l-.74-75 Ja-F 160.
(MIRA 13:5)
1. Iz patofiziologicheakoy laboraterii (zav. - dotsent A.V.
Sokolov) Zaporozhakogo instituta usovershenstyovanlya vrachey
imeni M. GorIkogo.
(PANGMS--SURGIRT)

SOKOLOV~ A.V. (zaporozhlye)
Specific antigens of the central nervous system. Pat.fiziol.i eksp.
terap. 4 no.2:23-26 Mr-AP 160., (MIRA 14-5)
1. Iz Zaporozhskogo gosudars~vennogo instituta usovershenstvovaniya
vrachey imeni, Maksima Gor'kogo.
(MUOUS SYSTEM) (ANTIGENS AND ANTIBODIES)

SOKOLOV, A.V.; NOGIN, P.A.; MIPIN, I.P.; IOSIF, Ye.l., kandidat takhni-
' c'We'Mkh nauk, redaktor; TZIESM , A.N., redaktor; PAMMATOVA, .
M.A., tekhnicheaki7 redaktor.
[Cameras, optics And determination of exposure] Fotoapparaty, op-
tika i opredelenie vydershki. Pod red.M.A.Iofisa. Moskva, Goa.
izd-vo "Iskusetvo", no.l. 1955. 157 P- (HLRA 9:4)
(Photography--Exposure) (Cameras)

SOKOLOV, Aleknandr Vladimirovicb; NOGIN, Pavel Alekseyevich; IOFIS, Te.A.,
_____kaftd-.tektm-.n-AUk, red.; TBLESHEV, A.N., red.; MAIEK, Z.N., tekhn.red.
[Photographic apparatus and optics] Fetoapparaty i optika. Izd.2.,
ispr. i dop. Pod red. E.A. Iofisa. Moskva, Gos. izd-vo "Iskusstva,"
1958. 158 P. (Biblioteka fotoliubitelia, me.1) (NIRA 12:1)
(Optics) (Photography--Equipment and supplies)

DOLGOPOLOV, Konstantin Vasillyevich; SOKOLOV, Aleksey Vasillyevich;
FEDOROVA, Yevgeniya Fedorovna; SKOBNIKOV, M.L.,
retsenzent; TYLKITA, M.A., st. muchn. sotr., retsenzent;
F=1111NY Z.G.., st. nauchn. sotr., retsenzent; HODIONOVA,
F.A., red.;. PASHCHENKO, O.V., red. kart; KARPOVA, T.V.,
tekhn. red.
[Iron ores of the U.S.S.R.] Zheleznye rudy SSSR; posobie
dlia uchitelia. Moskva, Uchpedgiz, 1963. 157 p.
(MIRA 17:2)
1. Glavrry-
y spetsialist Gosplana SSSR (for Skobnikov).
2. Institut chernoy uietallurgii imeni Baykova (for Tylkina).
-3. Institut geograf-ii Ns SSSR (for Freykin).